CN114224128A

CN114224128A - Automatic bottled water supply device for office meeting room

Info

Publication number: CN114224128A
Application number: CN202111522362.3A
Authority: CN
Inventors: 丁朝阳; 刘薇; 孙竑; 周兆华
Original assignee: Jiangling Motors Corp Ltd
Current assignee: Jiangling Motors Corp Ltd
Priority date: 2021-12-14
Filing date: 2021-12-14
Publication date: 2022-03-25
Anticipated expiration: 2041-12-14
Also published as: CN114224128B

Abstract

The invention discloses an automatic bottled water supply device for an office meeting room, which comprises a bottled water storage device and a bottled water taking and placing device, wherein the bottled water storage device and the bottled water taking and placing device are arranged on a desktop; the automatic bottled water supply device is unique in structure and convenient to use, not only effectively solves the problem that the existing automatic bottled water supply device for the office table is small in application range, but also effectively solves the problem that the existing automatic bottled water supply device for the office table needs to use electric energy as a power source, and also effectively solves the problem that a power motor can generate vibration noise to interfere with conferences or negotiation participants during use.

Description

Automatic bottled water supply device for office meeting room

Technical Field

The invention belongs to the technical field of office supplies, and particularly relates to an automatic bottled water supply device for an office meeting room.

Background

Currently, in the daily working process, such as meeting and negotiation, it is often necessary to visit drinking water on the desktop of the meeting room for the meeting staff or negotiation staff to refer; the existing drinking water placing mode generally adopts a manual placing mode to place, but the mode is only suitable for meeting or negotiation before starting, when the meeting or negotiation is in progress, if service personnel enter a meeting room to place or replenish bottled water, the interference can be caused to the meeting or negotiation participators, and the normal progress of the meeting or negotiation is influenced.

Through examining the chinese patent document who inquires a patent number "CN 109008451A", this patent discloses a desk automatic feeding bottled water device, including the desk, feeding mechanism, rotary mechanism and elevating system, the bottom fixedly connected with delivery box of desk, the inside fixedly connected with feeding mechanism of delivery box, the bottom fixedly connected with rotary mechanism of delivery box inner wall, and rotary mechanism's top fixedly connected with elevating system, the desk comprises first backup pad, second backup pad and desktop, fixedly connected with desktop between the top of first backup pad and the top of second backup pad.

Although the above patent has the advantages of compact structure and reasonable design, when the office table automatic bottled water supply device provided by the above patent is used, a placing opening and a movable plate need to be arranged on the tabletop of the office table, so that the tabletop of the existing office table needs to be destroyed and modified, the office table cannot be directly installed on a common office table for use, and the application range is small; and when the device is used, a power supply is required to be connected to provide electric energy for a driving motor in the device, the limiting conditions are more, and when the device works, the motor can vibrate to generate noise, so that the interference can be caused to conference or negotiation participants, and the normal operation of the conference or negotiation is influenced.

Disclosure of Invention

Aiming at the defects and problems of the existing automatic bottled water supply device, the invention provides the automatic bottled water supply device for the office meeting room, which has a unique structure and is convenient to use, and not only effectively solves the problem that the existing automatic bottled water supply device for the office desk has a small application range, but also effectively solves the problem that the existing automatic bottled water supply device for the office desk needs to use electric energy as a power source, and also effectively solves the problem that a power motor can generate vibration noise when in use to interfere with a meeting or negotiate participants.

The technical scheme adopted by the invention for solving the technical problems is as follows: an automatic bottled water supply device for an office meeting room comprises a bottled water storage device and a bottled water taking and placing device, wherein the bottled water storage device and the bottled water taking and placing device are arranged on a desktop, the bottled water storage device comprises a placing platform and a water blocking elastic piece, the bottled water taking and placing device comprises an arc-shaped supporting elastic rod, a bottle barrel, a barrel frame and a limiting block, one end of the supporting elastic rod is connected with the tail end of the platform, the other end of the supporting elastic rod extends backwards out of the desktop, and the diameter of the supporting elastic rod is smaller than the width of the water blocking elastic piece; the diameter of the inner ring surface of the bottle barrel is larger than that of the bottled water, a blocking piece is arranged at the top in the bottle barrel, and the vertical distance between the blocking piece and the ring surface of the lower end of the bottle barrel is equal to the height of the bottled water; the bottle barrel is vertically inserted and sleeved on a supporting elastic rod extending out of the conference table and is connected with the bottom surface of the conference table top through a barrel frame, the bottle barrel is hinged with the barrel frame, and the triggering end of the water retaining elastic sheet is positioned in a track formed by the bottom end of the bottle barrel rotating around the hinged end of the barrel frame; the stopper sets up in the bottom of table rear end, and when a bottle section of thick bamboo gets into the desktop below around the barrel holder hinged end anticlockwise rotation and the stopper top touches, supports the bullet pole and can receive a bottle section of thick bamboo front side outer ring face extrusion to produce elastic deformation and withdraw from a bottle section of thick bamboo, a bottle section of thick bamboo tail end can upwards push up the manger plate shell fragment and produce elastic deformation and bottled water separation, orders about bottled water of placing the platform rear side and inserts to a bottle section of thick bamboo along placing the platform in, separate with the place the platform.

The bottom of stopper is located the top that the shell fragment that keeps off water triggered the end under the free state, when a section of thick bamboo rotated around the barrel holder hinged end and pushed up the touch bottom the stopper, the stopper bottom is a with the distance between this state lower bottle section of thick bamboo center pin, the place the platform up end is B with the distance between this state lower bottle section of thick bamboo center pin, and the wall thickness size of barrel casing is c, and wherein B = a-c.

The placing platform comprises a placing platform body with the rear end inclined downwards, and the placing platform body is connected with the bottom surface of the upper table board through a connecting rod; place a body up end middle part along vertically opening the arc wall that has run through and place a body, and the tank bottom of arc wall and bottled water's diameter phase-match, the bottled water of placing in the arc wall can be followed the arc wall and slided downwards.

The manger plate shell fragment is including setting up the interval setting in the section that blocks that places platform rear end top, blocks the central axis of section and places platform's the central axis on same vertical plane, and blocks the front end of section and the last side bottled water bottle lid top on the places platform bottle shoulder top touch, the tail end that blocks the section extends place platform backward to be connected with the canned paragraph, the other end of canned paragraph slopes forward to set up and is connected with the table bottom surface, thereby constitutes a V-arrangement shell fragment.

The cylinder frame comprises connecting arms symmetrically arranged on the left side and the right side of the cylinder, one end of each connecting arm is rotatably connected with the outer ring surface of the adjacent cylinder through a transverse pin shaft, and the other end of each connecting arm extends to the lower side of the table top and is fixedly connected with the bottom surface of the table top.

Bosses are symmetrically arranged on the outer ring surfaces of the left end and the right end of the bottle barrel.

The front end and the rear end of the bottle barrel below the connecting arm are along the vertical limit socket which penetrates through the bottle barrel, the rear end of the supporting elastic rod sequentially penetrates through the limit sockets at the front end and the rear end of the bottle barrel and penetrates through the bottle barrel, and the upper end cambered surface of the supporting elastic piece is attached to and contacted with the inner top wall of the limit socket of the bottle barrel in a vertical state.

Support the elastic rod and be the arc body of rod that the opening upwards set up, can produce elastic deformation when supporting the elastic rod and receive the total weight extrusion that is greater than bottled water and a bottled section of thick bamboo.

The blocking piece is a rubber block, and the vertical distance between the blocking piece and the ring surface at the lower end of the bottle barrel is equal to the height of the bottled water bottle body.

And the vertical distance L1 between the upper end surface of the bottle barrel and the upper pin shaft of the bottle barrel is greater than the vertical distance L2 between the lower end surface of the bottle barrel and the upper pin shaft of the bottle barrel.

The invention has the beneficial effects that: the automatic bottled water supplying device for office meeting rooms, provided by the invention, has a unique structure, and comprises a bottled water storage device and a bottled water taking and placing device which are arranged on a table top, wherein the bottled water storage device and the bottled water taking and placing device are arranged in a full mechanical structure, when bottled water is supplemented, a bottled water cylinder of the bottled water taking and placing device is manually driven to rotate, bottled water in the bottled water storage device can be taken out, the bottled water can be automatically supplemented without connecting a power supply, noise is avoided, when the device is installed, the device is fixedly installed at the bottom of the table top through a bolt, the table top is not required to be damaged and improved, so that the problem that the automatic bottled water supplying device for office desks is small in application range is effectively solved, and the problem that the automatic bottled water supplying device for office desks needs to use electric energy as a power source is effectively solved, and the problem that the power motor can generate vibration noise to interfere with a meeting or negotiation participant when in use is also effectively solved.

Drawings

FIG. 1 is a schematic diagram of the structure of the present invention.

FIG. 2 is a schematic view of the installation position and the table top station position of the present invention.

Fig. 3 is a schematic structural view of the bottled water taking and placing device of the present invention.

FIG. 4 is a schematic view of the structure of the table body of the present invention.

Fig. 5 is a schematic perspective view of the cylinder of the present invention.

Fig. 6 is a schematic view of the starting state of the water blocking elastic sheet.

Fig. 7 is a schematic view of the bottled water replenishing process of the present invention.

Fig. 8 is a schematic diagram of the dimensions of the cartridge of the present invention.

FIG. 9 is a second schematic structural diagram of the placement stage body according to the present invention.

Fig. 10 is a schematic view of the driving mechanism of the present invention.

Fig. 11 is a schematic view of the position of the guide sleeve and the guide sleeve according to the present invention.

Fig. 12 is a schematic view of the structure of the telescopic rod of the spring of the invention.

FIG. 13 is a schematic view of the driving mechanism of the present invention in use.

FIG. 14 is a second schematic view of the driving mechanism of the present invention.

FIG. 15 is a schematic illustration of the power storage assembly of the present invention.

FIG. 16 is a schematic illustration of the power storage assembly activation process of the present invention.

FIG. 17 is a schematic view of the spring pin of the toggle lever of the present invention.

1 is a table top, 11 is a foot blocking vertical plate, 111 is a water replenishing port, 101 is bottled water, 1011 is a bottle cap, 1012 is a bottle shoulder, 2 is a placing platform, 21 is a placing platform body, 211 is an arc-shaped groove, 22 is a connecting rod, 23 is a supporting roller shaft, 24 is a supporting roller, 25 is a closed-loop conveying belt, 251 is a right-angle shifting tooth, 26 is a limiting stop lever, 271 is a supporting rod, 272 is a spring telescopic rod, 2721 is a telescopic end, 2722 is a spring, 273 is a guiding sliding sleeve, 274 is a connecting seat, 275 is a guiding sleeve, 281 is a fixed column, 282 is a limiting shaft sleeve, 283 is a telescopic rod, 2831 is a sleeve, 2832 is a sleeve rod, 2833 is a pushing spring, 284 is a power storage component, 2841 is a limiting sleeve, 2842 is a limiting ring platform, 2843 is a trigger pull rod, 2844 is a connecting shaft, 285 is a driving push rod, 286 is a shifting rod elastic pin sleeve, 2862 is a pin sleeve, 2863 is a top spring, 2864 is a limiting ring, 287 is a triggering ring and 288 is a limiting slide block, 3 is the manger plate shell fragment, 31 is for blockking the section, 32 is the canned paragraph, 41 is for supporting the bullet pole, 42 is the bottle section of thick bamboo, 421 is spacing socket, 43 is the stack shell, 431 is the linking arm, 44 is the stopper, 45 is blockking the piece, 46 is the round pin axle.

Detailed Description

The invention is further illustrated with reference to the following figures and examples.

Example 1

Currently, in the daily working process, such as meeting and negotiation, it is often necessary to visit drinking water on the desktop of the meeting room for the meeting staff or negotiation staff to refer; although the existing automatic bottled water supply device for the office table has the advantages of compact structure and reasonable design, when the device is used, a placing opening and a movable plate are required to be arranged on the tabletop of the office table, so that the tabletop of the existing office table needs to be modified or is only suitable for a special office table with the placing opening and the movable plate, the device cannot be directly arranged on a common office table for use, and the application range is small; and when the device is used, a power supply is required to be connected to provide electric energy for a driving motor in the device, the limiting conditions are more, and when the device works, the motor can vibrate to generate noise, so that the interference can be caused to conference or negotiation participants, and the normal operation of the conference or negotiation is influenced.

To the above-mentioned problem, this embodiment provides an automatic bottled water device of supplying with of office meeting room, the device unique structure, convenient to use not only effectually has solved the little problem of current desk automatic supply bottled water device application scope, but also the effectual problem of having solved current desk automatic supply bottled water device and need using the electric energy as the power supply to still effectual solution when using the power motor can produce vibration noise, disturb the meeting or negotiate participant's problem.

As shown in fig. 1-7, the automatic bottled water supply device for office meeting room provided by this embodiment includes bottled water strorage device and bottled water of setting in conference table desktop 1 below and gets and put the device, and bottled water strorage device includes place the platform 2 and manger

plate shell fragment

3, and 2 intervals of place the platform set up in desktop 1 below for place the bottled water 101 of deposit, specifically:

the placing platform 2 comprises a placing platform body 21 with the rear end inclined downwards, a plurality of connecting rods 22 are arranged on the left side and the right side of the placing platform body 21 at intervals along the longitudinal direction, and the other ends of the connecting rods 22 are vertically connected with the bottom surface of the upper tabletop 1; place a body up end middle part along vertically opening have the arc wall 211 that runs through to place a body, vertically placed many bottled water 101 along on the arc wall, bottled water sets up towards the back along the axial arrangement, and the radius size of arc wall is the same with the radius size of bottled water bottle body, owing to rear end downward sloping setting when placing a body to the bottled water of placing on placing a body arc wall can be because the tank bottom of arc wall landing backward of gravity reason.

The water retaining elastic sheet 3 is arranged above the rear end of the placing platform 2 and is abutted against the bottle shoulder of the bottled water 101 at the rear side of the placing platform, and the triggering end of the water retaining elastic sheet 3 is positioned at the rear side of the placing platform, as shown in figure 3,

manger plate shell fragment 3 sets up the section 31 that blocks in 2 rear ends tops of place the platform including setting up the interval, the central axis that blocks section 31 and place the platform is on coplanar, and the front end that blocks section 31 touches on the shoulder 1012 top of last side bottled water 101 bottle lid 1011 on with place the platform, thereby can block bottled water to the landing, the tail end that blocks the section extends place the platform backward, and be connected with canned paragraph 32, the other end of canned paragraph 32 slopes forward to set up and is connected with the table bottom surface, thereby constitute a V-arrangement shell fragment, and block section and canned paragraph junction for the trigger end when the water shell fragment, the trigger end when the manger plate shell fragment receives ascending thrust force, the section that blocks when the water shell fragment returns positive question rebound, with the bottled water separation of place the platform last side, thereby prevent that bottled water on the platform can follow the arc wall and slide to the rear side.

Bottled water is got and is put device and includes that the arc supports the bullet pole 41, a bottled section of thick bamboo 42, barrel holder 43 and stopper 44, supports the stereoplasm body of rod of bullet pole 41 for having certain support intensity and elasticity, can produce elastic deformation when supporting the total weight extrusion that the bullet pole received to be greater than bottled water and a bottled section of thick bamboo. One end of the supporting elastic rod 41 is connected with the middle part of the tail end of the platform, the other end of the supporting elastic rod extends backwards out of the desktop, and the diameter of the supporting elastic rod is smaller than the width of the water retaining elastic sheet; the internal ring diameter size of bottled water diameter size phase-match in the bottled water 42 to give make bottled water can match in inserting the flat section of thick bamboo, the top in the bottled section of thick bamboo is equipped with and blocks piece 45, and the kind that blocks piece 45 has the multiple, for example: the piece is the block rubber, and blocks the perpendicular distance size that is equal to bottled water body's height dimension between piece and the cylinder lower extreme anchor ring.

The bottle section of thick bamboo 42 is along vertical the plug bush on extending the support elastic rod 41 of desktop to be connected with the bottom surface of desktop through barrel holder 43, a bottle section of thick bamboo 42 is articulated with barrel holder 43, and the trigger end of water retaining shell fragment 3 is located a bottle bobbin end and around the pivoted orbit of barrel holder articulated end, specifically:

as shown in fig. 5, the cylinder holder 43 includes connecting arms 431 symmetrically disposed on the left and right sides of the cylinder 42, one end of each connecting arm 431 is rotatably connected to the outer annular surface of the adjacent cylinder through a transverse pin 46, the other end of each connecting arm 431 extends to the lower side of the table top and is fixedly connected to the bottom surface of the table top, and the trigger end of the water-blocking elastic sheet is located in the track of the rotation of the bottom end of the cylinder around the hinge end of the cylinder holder.

Furthermore, bosses are symmetrically arranged on the outer ring surfaces of the left end and the right end of the bottle barrel and used for mounting pin shafts.

The vertical spacing socket 421 that runs through the section of thick bamboo around linking arm 431 below section of thick bamboo 42, the rear end that supports the elastic rod passes the spacing socket at both ends around the section of thick bamboo in proper order, run through the section of thick bamboo, and the upper end cambered surface that supports the shell fragment touches with the interior roof of the spacing socket of the section of thick bamboo that is in under vertical state subsides, thereby support the section of thick bamboo and keep vertical state, and when the section of thick bamboo got into the desktop below around the barrel holder hinged end counter-clockwise turning and touched with the stopper top, it can produce elastic deformation by the outside anchor ring extrusion of section of thick bamboo front side and withdraw from the section of thick bamboo to support the elastic rod.

The stopper 44 is vertically installed at the desktop bottom of manger plate shell fragment rear side, and the bottom of stopper is located the top that manger plate shell fragment triggered the end under the free state, and when the cylinder rotated around the barrel holder hinged end and the stopper bottom top touched, the distance between the cylinder center pin was a under stopper bottom and this state, the distance between the cylinder center pin was B under placing platform up end and this state, and the wall thickness size of barrel casing is c, and wherein B = a-c.

When using, before the meeting, the staff will prevent bottled water benefit on the platform to be full of, and additionally insert a bottled water in the bottled water from the top down, and bottled water can receive the extrusion that bottled water top blockked and produce deformation, thereby automatic rotation in the flat section of thick bamboo no longer, and the bottled water that inserts a section of thick bamboo can fall on the support elastic rod that passes a section of thick bamboo, and bottled water's weight is not enough to oppress and supports the elastic rod and produce deformation, thereby can be blockked by the support elastic rod and keep vertical state, the meeting personnel of being convenient for take up and quote, compare with present directly placing bottled water on the desktop, unified the setting of the position of placing of bottled water can make the desktop cleaner and tidier, and can not block meeting personnel's sight.

As shown in fig. 7, when the bottled water placed in the bottle barrel is used up, the empty bottled water in the bottle barrel is taken out, then the bottle barrel is manually driven to turn backwards around the hinged end of the barrel frame and is abutted against the bottom end of the limiting block, in the process, the bottle barrel can downwards extrude the supporting elastic rod to generate elastic deformation and withdraw from the bottle barrel along the limiting socket, and pushes the water blocking elastic piece upwards to separate from the bottled water, the bottled water which loses the blocking limitation can slide backwards along the arc-shaped groove on the placing platform, and as the vertical distance b between the central shaft of the bottle barrel and the upper end face of the placing platform in the abutting state with the limiting block = the vertical distance a between the central shaft of the bottle barrel and the contact end of the limiting block in the abutting state with the limiting block-the thickness dimension c of the side wall of the bottle barrel, the bottled water at the last side of the placing platform can be inserted into the bottle barrel abutted against the limiting block in the sliding process and separated from the placing platform; and the bottled water's that inserts in the bottled section of thick bamboo along the place the platform landing shoulder can conflict with holding the piece to block bottled water from bottled section of thick bamboo top roll-off, and block bottled water on the place the platform and continue to slide along place the platform backward, and because the perpendicular distance size that holds between piece and the bottled section of thick bamboo lower extreme anchor ring equals the height dimension of bottled water body, thereby only a bottled water can get into in the bottled section of thick bamboo at every turn.

When the bottled water in situ at the rear side of the placing platform is inserted into the bottle barrel, the bottle barrel is driven to drive the bottled water inside to rotate clockwise around the hinged end of the barrel frame to separate and reset with the limiting block and the water retaining elastic sheet, the water retaining elastic sheet which generates elastic deformation can automatically restore the original shape along with the rotation of the bottle barrel in the process, thereby blocking the bottled water at the rearmost side of the placing table, and during the clockwise rotation process of the bottle barrel, the supporting spring rod retreating out of the bottle barrel can gradually restore to the original shape and is inserted into the flat barrel from the tail end of the limiting socket, the bottom of the bottled water in the bottle barrel slides along the cambered surface at the upper end of the supporting elastic rod along with the rotation of the bottle barrel and is driven to slide upwards along the inner ring surface of the bottle barrel in the sliding process, when the bottle barrel rotates to a vertical state, the bottle barrel is protruded, and conference personnel can directly take out newly supplemented bottled water from the top end of the bottle barrel for drinking. Compare with current automatic supply bottled water device, the device structure is unique, adopt full mechanical structure to set up, the cost of manufacture is low, and need not connect the power, use can automatic supply bottled water through manual rotation bottled section of thick bamboo, can not produce the noise, and when the installation, only need through the bolt with device fixed mounting can in the bottom of desktop, need not destroy the improvement to the desktop, thereby give not only effectual current desk automatic supply bottled water device application scope of having solved little problem, and still effectual current desk automatic supply bottled water device of having solved need use the problem of electric energy as the power supply, and still effectual solution when using power motor can produce vibration noise, disturb the meeting or negotiate participant's problem.

Example 2

The difference between the embodiment 2 and the embodiment 1 is that, as shown in fig. 8, the vertical distance dimension L1 between the upper end surface of the cylinder 42 and the upper pin 46 of the cylinder is greater than the vertical distance dimension L2 between the lower end surface of the cylinder 42 and the upper pin of the cylinder, and the vertical distance dimension between the top end of the cylinder and the top end of the limit socket is less than the height dimension of the bottled water; therefore, when the top end of the bottle barrel is manually driven to turn downwards, the L1 is larger than the L2 to form a labor-saving lever, so that a user can easily drive the top end of the bottle barrel to turn downwards, and the top end of the bottle barrel is in top contact with the limiting block.

Example 3

Embodiment 3 differs from embodiment 2 in that, as shown in fig. 1, a foot blocking vertical plate 11 is vertically fixed at the edge of the bottom of the desktop at the front side of the placing platform, a water replenishing opening 111 is vertically formed in the foot blocking vertical plate above the front side of the placing platform, and the foot blocking vertical plate moves to the front side of the desktop when in use, so that bottled water can be inserted and placed on the placing platform through the water replenishing opening 111, and bottled water can be conveniently replenished to the bottled water storage device without bending down to drill into the desktop.

Example 4

The difference between the embodiment 4 and the embodiment 3 is that the placement platform has a different structure, and when the cylinder abuts against the limiting block, the cylinder is in a horizontal state.

As shown in fig. 9-13, the placing platform in the device provided in this embodiment includes two supporting roller shafts 23 disposed along the longitudinal and horizontal directions at intervals, the supporting roller shafts 23 are disposed along the transverse direction, and both left and right ends of the supporting roller shafts 23 are connected with the bottom of the upper tabletop through the connecting rods 22.

The cover all rotates on two support rollers 23 of the 3 left and right sides of manger plate shell fragment and is equipped with backing roll 24, and link together through a closed loop conveyor with the backing roll 24 of one side on two support rollers 23, the closed loop conveyor 25 combination that two intervals set up constitutes a middle part and places the platform body for the belt of standing groove, a be used for placing bottled water 101, and the interval size between two closed loop conveyor is less than bottled water's diameter size, thereby when placing bottled water between two closed loop conveyor, bottled water can be fluffy on two closed loop conveyor, and place bottled water on the body is placed to the belt and be the coaxial center setting with the bottled section of thick bamboo that is in the horizontality.

As shown in fig. 9, still even interval is equipped with many spacing pin 26 along closed-loop conveyor between the closed-loop conveyor, spacing pin 26's both ends are connected perpendicularly in the closed-loop conveyor side end face of adjacent side respectively, and spacing pin does not bulge closed-loop conveyor 25's anchor ring, and when using, be bottled water placement grid between the two adjacent spacing pin, and bottled water placement grid's length size equals bottled water's height dimension, bottled water of placing on the platform body is placed on the belt and is located the placement grid that the platform body corresponds respectively, and place on the platform body is placed to the belt shoulder and the manger plate shell fragment top of bottled water of last side and touch on the platform body, and there is the fit clearance between bottled water that touches on the top of the manger plate shell fragment and the bottled water bottom around the bobbin cradle hinged end pivoted orbit.

Outside edge of two closed loop conveyer belts 25 outer anchor ring all is equipped with a plurality of right angles along last circumference evenly spaced and dials tooth 251, the below of two closed loop conveyer belts all is equipped with a bottled water articulated actuating mechanism, rotate when a bottled water and paste with stopper 44 and touch, order about manger plate shell fragment and bottled water after-separating, bottled water 42 can order about two closed loop conveyer belts through two actuating mechanism and rotate by the anticlockwise distance in step, will normal position in bottled water of belt platform body rear side pushes up backward and inserts a bottled water, place a body separation with the belt, specifically:

as shown in fig. 10, the bevel edge of the right-angle shifting tooth is arranged towards the conveying direction of the closed-loop conveying belt, the two driving assemblies are symmetrically arranged at the left side and the right side of the bottle cylinder, each driving assembly comprises a supporting rod 271, a spring telescopic rod 272, a guide sliding sleeve 273 and a connecting seat 274, the supporting rods 271 are arranged below the closed-loop conveying belt at the inner side of the right-angle shifting tooth at intervals in parallel and are connected with connecting rods for fixing supporting roller shafts; the suit is matched on bracing piece 274 to direction sliding sleeve 273, and can slide around bracing piece 274, on right angle group tooth adjacent side's the lateral wall on direction sliding sleeve 274 and the closed loop conveyer belt of top the guide sleeve 275 is rotated through the pivot and is installed guide sleeve 275, open at the middle part of guide sleeve 275 has the guiding hole that runs through the guide sleeve, and the guiding hole is located the right angle and dials the tooth under, the tail end of spring telescopic link 272 is articulated with a bottle section of thick bamboo through connecting seat 274, the flexible end 2721 of spring telescopic link 272 passes the shaft hole of guide sleeve and corresponds right angle group tooth right angle back conflict with the closed loop conveyer belt lower extreme, and the spring telescopic link hinged end is followed a bottle section of thick bamboo and is located the bracing piece below around bottle section of thick bamboo round pin shaft 46 pivoted orbit.

When the device is used, when bottled water is supplemented by rotating the bottle barrel, due to the limitation of the guide sliding sleeve and the guide sleeve on the support rod, when the tail end of the spring telescopic rod synchronously rotates around the pin shaft along with the bottle barrel, the telescopic end of the spring telescopic rod can always incline towards the bottom of the upper closed-loop conveying belt, and in the process, the bottled water on the belt type platform body is blocked by the water blocking elastic piece, so that the closed-loop conveying belt cannot rotate, the telescopic end of the spring telescopic rod can retract towards the inside of the spring telescopic rod quantitatively, the spring 2722 in the spring telescopic rod 272 is extruded to compress the spring, the spring is reset and extends to store energy, when the bottle barrel is in top contact with the limiting block and pushes the water blocking elastic piece to deform and separate from the bottled water at the last side, the spring telescopic rod in two retraction states below the belt type platform body can lose resistance, the telescopic end of the spring telescopic rod synchronously extends outwards, and the two closed-loop conveying belts are driven to rotate by the right-angle poking teeth, place the bottled water of platform body rear side with the normal position and push a section of thick bamboo in the belt, when the antiport section of thick bamboo resets, spring telescopic link's tail end can follow a section of thick bamboo and reset around a section of thick bamboo round pin axle antiport, and this in-process is dialled the spring telescopic link top that tooth right-angle side top touched with the right angle and can be dialled the tooth inclined plane and slide backward along closed loop conveyer belt outer anchor ring and right angle and reset, can not order about closed loop conveyer belt antiport.

Mode platform among the device that this embodiment provided compares with place the platform in embodiment 3, when using, through the linkage of spring telescopic link and a bottled section of thick bamboo, realize the quantitative drive to closed loop conveyer belt, rely on self gravity landing among embodiment 3, this embodiment carries out quantitative drive to the closed loop conveyer belt that is used for placing bottled water with the release through spring telescopic link's compression, its effect is better reliable and more stable, and the drive capacity of closed loop conveyer belt can be adjusted the spring telescopic link size according to bottled water kind at every turn, application scope is wider.

Example 5

Embodiment 5 differs from embodiment 4 in the structure of the drive mechanism.

As shown in fig. 14-17, the driving mechanism comprises a connecting seat, a limiting shaft sleeve 282, a telescopic rod 283, a power accumulating assembly 284 and a driving push rod 285, wherein the connecting seat comprises a longitudinally-arranged fixing pillar 281 vertically fixed with the outer ring surface of the adjacent side cylinder, and the tail end of the fixing pillar 281 is arranged backwards; limiting shaft sleeve 282 and power storage assembly 284 are spaced from rear to front below closed loop conveyor belt 25, and limiting shaft sleeve 282 and power storage assembly 284 are arranged coaxially.

The telescopic rod 283 comprises a sleeve 2831, a loop bar 2832 and a pushing spring 2833, wherein a columnar cavity is arranged in the sleeve 2831, the sleeve 2831 is sleeved in a limiting shaft sleeve in a longitudinal sliding mode, the tail end of the sleeve 2832 extends out of the limiting shaft sleeve backwards and is hinged with a driving push rod 285, the other end of the driving push rod 285 is hinged with the tail end of a fixed column 281, the tail end of the fixed column 281 is positioned below the sleeve along the rotating track of the bottle barrel around a bottle barrel pin shaft 46, the front end of the sleeve 2832 extends out of the limiting shaft sleeve forwards and is sleeved with a conical annular triggering ring 287 coaxially, and the diameter of the inner ring of the front end of the triggering ring is larger than that of the inner ring of the rear end; the middle part of the front end of the sleeve in the triggering ring 287 is provided with a jack communicated with the inside, the tail end of the sleeve rod 2832 penetrates through the jack to be inserted into the cavity of the sleeve in a matching way and is connected with a limit slider 288, a pushing spring 2833 is arranged in the cavity of the sleeve at the rear side of the limit slider 288, and the pushing spring 2833 can push the limit slider 288 forwards to drive the sleeve rod 2832 to slide forwards in a natural state; the forward end of the lever 2832 passes forwardly through the power storage assembly and is provided with a toggle lever spring pin 286.

The power storage assembly 284 comprises a limiting sleeve 2841 which is coaxially arranged in front of the limiting shaft sleeve at intervals, the sleeve rod penetrates through the limiting sleeve and can axially slide in the limiting sleeve, and the positions of the limiting sleeve 2841 and the limiting shaft sleeve are fixed; fixed cover is equipped with limit ring platform 2842 on the loop bar of stop collar 2841 front side, and the limit ring platform 2842 outside is equipped with many trigger pull rods 2843 along the circumference interval, and trigger pull rod 2843 includes the body of rod that sets up with the loop bar interval, and the body of rod passes through the connecting axle and adjacent side and limit collar is articulated, and body of rod tail end extends the stop collar backward, specifically: end part forks with the same number as the trigger pull rods are arranged on the outer ring surface of the limiting sleeve along the circumference, and the tail ends of the rod bodies of the trigger pull rods are rotatably arranged in the corresponding end part forks through a connecting shaft 2844; the front end of the rod body extends forwards to form a limiting ring platform 2842 and is fixed with a hook, the other end of the hook is arranged towards the loop bar, the front end face of the hook is provided with an avoiding inclined plane inclining backwards, a torsion spring is arranged on the connecting shaft in a matching mode, and the torsion spring drives the sliding block to rotate around the connecting shaft in a natural state and to abut against the loop bar.

Deflector rod elastic pin 286 includes pin bush 2861 of vertical fixation on the loop bar, pin bush 2861 sets up towards the upper deflector rod tooth, the pin pole 2862 is installed in the matching in the pin bush 2861, the matching is equipped with top spring 2863 in the pin bush 2861 of pin pole 2862 below, top spring 2863 can upwards push up pin pole 2862 and slide along the pin bush under natural state, push up with top closed loop conveyor belt and touch, and the pin bush top is fixed with spacing ring 2864, the pin pole passes the spacing ring and extends the pin bush, be used for blockking the pin pole, prevent that the pin pole from droing in the pin bush.

When the bottled water is replenished by rotating the bottle barrel, the rotating bottle barrel can push the pipe sleeve 2831 of the telescopic rod to slide forwards along the limiting shaft sleeve 282 by driving the push rod 285, in the process, the limiting ring platform on the sleeve rod is blocked by the trigger pull rod 2843 in the process of sliding forwards along the sleeve ring, so that when the pipe sleeve 2831 slides forwards along the limiting shaft sleeve 282, the sleeve rod can be gradually put into the cavity from back to front and is limited by the force storage component, the push spring 2833 in the sleeve pipe can be compressed along with the income of the sleeve rod, when the inner wall of the trigger ring at the front end of the sleeve pipe moves forwards along the sleeve pipe and is pressed against the tail end of the rod body of the trigger push rod, the tail end of the bottle barrel is pressed against the trigger end of the water retaining elastic sheet, when the bottle barrel is continuously rotated to be pressed against the limiting block to drive the water retaining elastic sheet to avoid the bottled water, the forwardly moved trigger ring can drive the rod body of the trigger push rod to approach the sleeve rod along the inner wall of the trigger ring, and the hook at the front end of the trigger pull rod can rotate around the connecting shaft 2844, keep away from the loop bar, separate with spacing ring platform 2842, the ejection spring that receives the interior loop bar 2832 of income cavity and produce the compression can be forward with the loop bar release of income cavity, and this in-process loop bar can drive driving lever elastic pin 286 and push forward adjacent right angle group tooth and order about two closed loop conveyer belt ration rotations, will normal position place in the belt place the bottled water of platform body rear side and push a bottled section of thick bamboo.

When a reverse rotation bottle section of thick bamboo resets, a bottle section of thick bamboo can be through the backward slip of drive push rod pulling telescopic link along spacing axle sleeve and reset, follow the telescopic link and slide backward when dialling the tooth through the right angle at driving lever elastic pin, the pin rod of driving lever elastic pin can be followed the right angle and dialled the inclined plane end of tooth and inwards contract extrusion spring, thereby for dodging the right angle and dial the tooth, spacing ring platform can be contradicted with trigger pull rod couple front end inclined plane at the in-process that resets, and follow couple front end inclined plane backward slip and order about the couple and the loop bar separation of trigger pull rod front end, make spacing ring platform reset and get into and hold power subassembly inside.

Compare with embodiment 4 and block flexible the comparing of bottled water restraint spring telescopic link through the manger plate shell fragment, the device that this embodiment provided can control the flexible opportunity of telescopic link through holding power subassembly and triggering the circle when using to the stability of device operation has further been improved, and the trigger opportunity of the accurate control telescopic link of being convenient for.

It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.

Claims

1. An automatic bottled water supply device for an office meeting room is characterized by comprising a bottled water storage device and a bottled water taking and placing device, wherein the bottled water storage device and the bottled water taking and placing device are arranged on a desktop; the diameter of the inner ring surface of the bottle barrel is larger than that of the bottled water, a blocking piece is arranged at the top in the bottle barrel, and the vertical distance between the blocking piece and the ring surface of the lower end of the bottle barrel is equal to the height of the bottled water; the bottle barrel is vertically inserted and sleeved on a supporting elastic rod extending out of the conference table and is connected with the bottom surface of the conference table top through a barrel frame, the bottle barrel is hinged with the barrel frame, and the triggering end of the water retaining elastic sheet is positioned in a track formed by the bottom end of the bottle barrel rotating around the hinged end of the barrel frame; the stopper sets up in the bottom of table rear end, and when a bottle section of thick bamboo gets into the desktop below around the barrel holder hinged end anticlockwise rotation and the stopper top touches, supports the bullet pole and can receive a bottle section of thick bamboo front side outer ring face extrusion to produce elastic deformation and withdraw from a bottle section of thick bamboo, a bottle section of thick bamboo tail end can upwards push up the manger plate shell fragment and produce elastic deformation and bottled water separation, orders about bottled water of placing the platform rear side and inserts to a bottle section of thick bamboo along placing the platform in, separate with the place the platform.

2. The automatic bottled water supply device for the office meeting room as claimed in claim 1, wherein the bottom end of the limiting block is located above the triggering end of the water blocking spring in the free state, when the bottle barrel rotates around the hinged end of the barrel frame to abut against the bottom end of the limiting block, the distance between the bottom end of the limiting block and the central axis of the bottle barrel in the free state is a, the distance between the upper end surface of the placing platform and the central axis of the bottle barrel in the free state is B, and the wall thickness of the barrel sleeve is c, wherein B = a-c.

3. The automatic bottled water supply device for the office meeting room as claimed in claim 1, wherein the placing platform comprises a placing platform body with a downward inclined rear end, and the placing platform body is connected with the bottom surface of the upper table plate through a connecting rod; place a body up end middle part along vertically opening the arc wall that has run through and place a body, and the tank bottom of arc wall and bottled water's diameter phase-match, the bottled water of placing in the arc wall can be followed the arc wall and slided downwards.

4. The automatic bottled water supply device for the office meeting room as claimed in claim 1, wherein the water blocking elastic piece comprises a blocking section arranged above the rear end of the placing platform at an interval, the central axis of the blocking section and the central axis of the placing platform are on the same vertical plane, the front end of the blocking section is in top contact with a bottle shoulder above a bottle cap of bottled water on the last side of the placing platform, the tail end of the blocking section extends backwards out of the placing platform and is connected with a fixing section, and the other end of the fixing section is inclined forwards and is connected with the bottom surface of the table plate, so that a V-shaped elastic piece is formed.

5. The automatic bottled water supply device for the office meeting room as claimed in claim 1, wherein the barrel frame comprises connecting arms symmetrically arranged at the left and right sides of the bottle barrel, one end of each connecting arm is rotatably connected with the outer ring surface of the bottle barrel at the adjacent side through a transverse pin shaft, and the other end of each connecting arm extends to the lower part of the table top and is fixedly connected with the bottom surface of the table top.

6. The automatic bottled water supply device for the office meeting room as claimed in claim 5, wherein the outer circumferential surfaces of the left and right ends of the bottle barrel are symmetrically provided with bosses.

7. The automatic bottled water supply device for the office meeting room as claimed in claim 5, wherein the front end and the rear end of the bottle barrel below the connecting arm vertically penetrate through the limiting sockets of the bottle barrel, the rear end of the supporting spring rod sequentially penetrates through the limiting sockets at the front end and the rear end of the bottle barrel and penetrates through the bottle barrel, and the upper end cambered surface of the supporting spring is attached to and contacted with the inner top wall of the limiting socket of the bottle barrel in a vertical state.

8. The automatic bottled water supply device for the office meeting room as claimed in claim 1, wherein the supporting elastic rod is an arc-shaped rod body with an upward opening, and is elastically deformed when being pressed by a force greater than the total weight of the bottled water and the bottled cylinder.

9. The automatic bottled water supply device for the office meeting room as claimed in claim 1, wherein the blocking member is a rubber block, and the vertical distance between the blocking member and the ring surface of the lower end of the bottle barrel is equal to the height of the bottled water body.

10. The automatic bottled water supply device for office meeting room as claimed in claim 1, wherein the vertical distance L1 between the upper end surface of the bottle barrel and the pin on the bottle barrel is larger than the vertical distance L2 between the lower end surface of the bottle barrel and the pin on the bottle barrel.